LYNXTechnik AG. Series Terminal Equipment

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1 LYNXTechnik AG Series 5000 Terminal Equipment SDTV / HDTV / 3G CWDM fiber interfacing up / down / cross conversion audio processing and sync aspect ratio conversion frame synchronization audio and video distribution audio and video conversion audio embedding audio de-embedding noise reduction test generators control system automation

2 Series 5000 Product Locator Compatibility Video A/D Conversion Page Compatibility Frame Synchronizers Page 2 SDTV C AD Dual Composite Video to SDI Decoder and Frame Sync 9 SDTV C AD Component Analog RGB/YUV to SDI Converter 9 SDTV C MX SD/HD Video and Audio A/D Converter + Audio Embedder 10 Compatibility Video D/A Conversion Page SDTV C DA SDI to Analog Video Converter and Line Sync 10 SDTV C DX SD/HD Monitoring Down Converter 11 C DX SD/HD Monitoring Down Converter Page Audio Conversion C AD Dual Analog Audio to AES Converter 11 C DA Dual AES to Analog Audio Converter 12 Compatibility Video Distribution Page SDTV HDTV D VA >8 Wide Band Analog Video/Sync Distribution Amplifier 12 SDTV HDTV D VA Dual 1>4 Wide Band Analog Video/Sync Distribution Amplifier 13 SDTV HDTV D VA >16 Wide Band Analog Video/Sync Distribution Amplifier 13 SDTV 1.5G 3G D VD G/HD/SD 1>8 SDI Distribution Amplifier 14 SDTV 1.5G 3G D VD G/HD/SD Dual 1>4 SDI Distribution Amplifier 14 SDTV 1.5G 3G D VD G/HD/SD Triple 1>2 SDI Distribution Amplifier 15 Audio Distribution Page D AA Dual 1>4 or Single 1>8 Analog Audio Distribution Amplifier 15 D AA Dual 1>4 or Single 1>8 Analog Audio Distribution Amp. (isolated) 16 D AD Dual 1>4 or Single 1>8 AES Audio Distribution Amplifier 16 D AD 5220 B2S - Dual AES Distribution Amp. + Impedance Conversion 17 D AD 5220 B4S - Dual AES Distribution Amp. + Impedance Conversion 17 D AD 5220 WCB - Dual 1>4 Word Clock (48KHz) Distribution Amplifier 18 Compatibility Video Switching Page SDTV 1.5G 3G S VD G/HD/SD 2 Channel Emergency Changeover Switch 17 Compatibility Audio Embedders / De-Embedders Page SDTV 1.5G 3G P DA G/HD/SD Audio Processor and Dolby Transcoder 22 SDTV 1.5G 3G P DM G/HD/SD 8 Channel AES Embedder / De-Embedder 19 SDTV 1.5G 3G P DM G/HD/SD 16 Channel AES Embedder / De-Embedder 19 SDTV 1.5G 3G P DM G/HD/SD Audio and Metadata Embedder / De-Embedder 21 SDTV 1.5G 3G P DM G/HD/SD 4 Channel Analog Audio Embedder / De-Embedder 20 SDTV 1.5G 3G P DM G/HD/SD 8 Channel Analog Audio Embedder / De-Embedder 20 SDTV 1.5G 3G P VD G/HD/SD Frame Synchronizer 23 SDTV 1.5G 3G P VD G/HD/SD Dual Input Frame Synchronizer 24 SDTV 1.5G 3G P VD G/HD/SD Frame Synchronizer + Audio Processing 24 SDTV 1.5G 3G P VD G/HD/SD Dual Frame Sync + Image & Audio Processing 25 Compatibility Test Generators Page SDTV 1.5G P TG SD/HD Video and AES Audio Test Generator 23 Compatibility Rack Frames Page SDTV 1.5G 3G Fiber R FR RU Rack Frame + Primary PSU for 10 Modules (fan cooled) 41 SDTV 1.5G 3G Fiber R FR RU Rack Frame + Primary PSU for 10 Modules (no fans) 41 Fiber R FR RU Rack Frame for Passive Fiber Modules (O CM + O SP) 41 SDTV 1.5G 3G Fiber R FR RU Rack Frame + Primary PSU for 4 Modules 41 APPolo Control Page R CT APPolo Rack Controller 43 OH-RCT5023-SVR - Server Upgrade for R CT 5023 APPolo Controller 43 OC-RSL-FUNC - User Access Control + Backup and Restore Software Package 43 OC-RSL-CTRL - SNMP Control and Remote Control Protocol Software Package 43 OC-SERVER-AC-BASE - Internal Automation Software Package 43 OC-SERVER-REDUND- Redundant Server Software Package 43 OC-SERVER-CUSTOM-CTR - Custom Control Software Package 43 Compatibility Accessories Page Product Compatibility To help locate specific products quickly, both the product locator table and the module listings are coded to provide a quick reference to video format and fiber compatibility. Icons are found at the top of each module page. R AC - SubD to XLR Audio Adapter Cables 42 Fiber Fiber Cables - Fiber Adapter Cable Kits 42 SDTV Compatibility Key Analog and SDI Video 270Mbit - SDTV 1.5G HD-SDI Video 1.5 Gbit HDTV 3G FIber HDTV Analog Component Video and Sync HD-SDI Video 3 Gbit Fiber Optic I/O SDTV HD 1.5G HDTV HD 3G FIBER PRODUCT PAGES

3 Series 5000 Fiber Products Compatibility SDI / Fiber Conversion Page SDTV 1.5G 3G Fiber O TX G/HD/SD Quad SDI to Fiber Transmitter 28 SDTV 1.5G 3G Fiber O TR G/HD/SD Dual SDI / Fiber Transceiver 29 SDTV 1.5G 3G Fiber O RX G/HD/SD Quad Fiber to SDI Receiver 29 Compatibility Video Distribution with Fiber I/O Page SDTV 1.5G 3G Fiber D VO G/HD/SD 1>8 SDI Distribution Amplifier R BO 5015,25 with Fiber - SubD I/O to Terminal Strip PCB 30 Adapters 43 SDTV 1.5G 3G Fiber D VO G/HD/SD Dual 1>4 SDI Distribution Amplifier with Fiber I/O 30 Compatibility Ethernet / Fiber Converters Fiber OET Gbit Ethernet to Fiber Optic Transceiver 31 Compatibility Embedders / De-Embedders with Fiber I/O Page SDTV 1.5G 3G Fiber P DM G/HD/SD 16 Channel AES Embedder / De-Embedder 32 SDTV 1.5G 3G Fiber P DM G/HD/SD 8 Channel Analog Audio Embedder / De-Embedder 31 Compatibility Frame Synchronizers with Fiber I/O Page SDTV HDTV 3G Fiber P VD G/HD/SD Frame Synchronizer 32 SDTV 1.5G 3G Fiber P VD G/HD/SD Dual Frame Sync + Image & Audio Processing 33 Fiber CWDM Multiplexing / Demultiplexing Page Fiber O CM Channel fiber CWDM Mux/Demux [1270nm-1430nm] 35 Fiber O CM Channel fiber CWDM Mux/Demux [1450nm-1610nm] 35 Fiber O CM Channel fiber CWDM Mux/Demux [1270nm-1610nm] 36 Compatibility Fiber Splitters Page Fiber O SP >2 Optical Splitter [50/50] 35 Fiber O SP Channel 1>2 Optical Splitter [50/50] 36 Fiber O SP >4 Optical Splitter [25/25/25/25] 37 Fiber O SP Channel 1>4 Optical Splitter [25/25/25/25] 38 Fiber O SP Channel 1>4 Optical Splitter [25/25/25/25] 39 Fiber O SP >8 Optical Splitter [12.5/12.5/12.5/12.5/12.5/12.5/12.5/12.5] 40 Fiber O SP 5812 M - 1>2 Monitoring Optical Splitter [90/10] 36 Fiber O SP 5852 M - 5 Channel 1>2 Monitoring Optical Splitter [90/10] 37 Fiber O SP 5814 M - 1>4 Monitoring Optical Splitter [30/30/30/10] 38 Fiber O SP 5824 M - 2 Channel 1>4 Monitoring Optical Splitter [30/30/30/10] 39 Fiber O SP 5844 M - 4 Channel 1>4 Monitoring Optical Splitter [30/30/30/10] 40 Compatibility Accessories Page Fiber Fiber Cables - Fiber Adapter Cable Kits 42 3

4 APPolo Control Introduction ) LYNX Technik offers a broad portfolio of modular solutions for conversion, distribution, embedding / deembedding, frame synchronization, video processing and fiber optic transport. What differentiates LYNX Technik from other manufacturers solutions is the APPolo Control System. APPolo offers real power behind the hardware and has moved far beyond the traditional functions of simple monitoring and changing module settings. APPolo is a fully integrated, intelligent, and programmable automation system for LYNX Technik Series 5000 signal processing solutions. APPolo is alive! It can see and hear everything in the system in real time. APPolo monitors and detects every subtle change to all the inputs and outputs on every module in the entire system. It also listens to external GPI triggers from other systems. APPolo can be programmed to perform an automated action in response to the system changes, it can change module settings, re-route signals, and reconfigure the system automatically in the blink of an eye. APPolo now brings automation to infrastructure, turning static terminal equipment into intelligent and reactive components within an integrated system design. The APPolo System The APPolo Control System includes both software and hardware elements. Each Series 5000 rack frame is APPolo ready and has a slot reserved for the APPolo rack controller. A system can be as small as a single rack or as large as hundreds of racks located in multiple locations. APPolo provides visualization and control of the entire system from within a single, centralized application. Smaller system designs can use the PC as the APPolo host. Larger and more complex designs can use a dedicated internal server to host the application making APPolo a fully integrated part of the system. We provide the dedicated APPolo server, as well as a redundant backup APPolo server if required. Connected PC s act as network clients to the APPolo server. Although described as a server, this piece of hardware is an inexpensive and compact PCB, about the size of a playing card. You simply plug it into a socket on the existing APPolo rack controller, which means you are not using additional rack slots or rack space. For basic installations, the APPolo software can be hosted on a standard PC. In addition to its intelligent brain, APPolo provides other vital functions, such as backup and restore. All the settings for a module can be stored in a backup file, which can be configured for a single module or the complete system. APPolo also provides full SNMP support and can be easily integrated into external SMNP monitoring and control systems. For more advanced integration, we also offer the full APPolo control protocol for development and integration with third party control systems. APPolo Host PC For more complex larger installations, the APPolo software is hosted on a dedicated server in the system and APPolo clients connect to the server. A redundant backup server can be added to the system if required. The APPolo Control System supports the Series 5000 product line. All LYNX modules include fully integrated support for APPolo, and can either be used with the APPolo Control System or as standalone modules. Adding the APPolo control system to an existing installation is as simple as plugging in the rack controller, connecting it to your network, installing the APPolo software application and you re ready to go! additional racks server APPolo Clients 4

5 User Experience - Introducing flexgui flexgui - a new graphic user interface for APPolo Control Software. It offers a feature-rich, simple, and intuitive user-experience. We have achieved this through the careful design and implementation of the APPolo Graphical User Interface flexgui. Once APPolo is installed, the software automatically discovers all connected LYNX hardware and configures itself to display a full hierarchy of the connected racks and modules. Clicking on a device brings up its dedicated GUI display. The graphical representation of the modules shows internal connections and signal flow in the form of an easy to read block diagram. This greatly simplifies the understanding of a module s function and shows the signal flow from input to output. All inputs and outputs are monitored in real time with the status and format of each signal clearly displayed on the system diagram. Users can drill down into the module for more information by zooming in or with a simple click on the area you need to examine in more detail. For path finding, simply move your cursor over a signal line to highlight the complete signal path through the module. Reconfiguring modules is easy. Simply drag and drop connections to change the module s internal connections and signal routing. APPolo - powerful, simple, and intuitive visualization and control. A unique navigation tool for each flow diagram allows you to re-position and zoom your view For changing a module s internal connection and signal routing, simply drag and drop the module s connection to a new location The interactive display automatically fills in more detail when you zoom into a specific area Each module has a customized flexgui with an interactive display in the form of a flow diagram. flexgui offers interactive zoom, path finding, drag and drop for connections and is easy to use for module setup and configuration. Move your mouse over any connection in the diagram and the entire signal path is highlighted 5

6 AutoControl System Automation AutoControl for APPolo is a radical advancement for infrastructure control and automation. Most facilities use automation yet generally do not have the ability to automate static terminal equipment. AutoControl adds automation and programmable intelligence inside the terminal equipment, which enables automatic reconfiguration of the modules functions, signal routing and internal signal processing, This opens up an entirely new layer of power and flexibility to automated facility control. APPolo monitors every module s internal status and configuration, every input and output in terms of presence and video format, plus multiple external GPI inputs in the system. Based on these input parameters, the user can program an automatic conditional action using logical functions. 1. Design. Designing a custom control interface could not be easier, LYNX provides you with an intuitive PC editor. Simply drag and drop the desired control into your workspace and assign the control to a specific module function. A custom control interface can be as simple as a solitary button or slider, or a complex multi-level control surface with many integrated controls. There is virtually no limit to the design possibilities. Design and deploy as many custom control designs as you like within your APPolo network. PC Editor A simple example: The video input to a module has embedded audio present, however the embedded audio from AES1 could be dropped or go missing depending on the input signal received. The user would like to automatically embed an external audio input if the SDI input is missing audio. With APPolo Auto Control, the solution is simple. Program APPolo to monitor the embedded AES 1 input stream on the selected video input. If audio is present, the system will do nothing and transparently pass the audio to the output. If the AES1 audio is missing, the system will automatically reconfigure the module and route an external audio input to the AES1 channel on the embedder and embed new audio. There is virtually no limit to the automation that APPolo offers! From a very simple action to an incredibly complex series of events that span multiple modules in multiple rack frames in several locations. APPolo automation is only limited by your imagination. CustomControl - Build Your Own Interface With The CustomControl option you can now design and deploy your own custom control interface. This greatly simplifies system operation and visualization. This is accomplished with a simple, intuitive graphic editing tool, no programming required. WORKSPACE TO DESIGN AND BUILD YOUR CUSTOM CONTROL PANEL. Simply drag and drop controls, containers and add notes where needed. The example design shown above uses sliders, buttons, drop down selections and a check-box. TOOLBOX OF AVAILABLE CONTROLS. Simply select the desired control and drag and drop it into the workspacy SHAPES PALLETTE. For a dense design use a container to house a set of controls. The contents of the container are revealed when the operator zooms into the control panel. You can even put a container within a container This enables the use of very dense single layer designs. Notes can be added to explain and describe the controls to operators. CustomControl 6

7 2. Deploy. SYSTEM NAVIGATOR. This is a graphical representation of all the racks and modules in a system. You can navigate to a specific module and drag and drop controls into the workspace from here also LAYERS NAVIGATOR. Using layers lets you build complex multilevel designs with nested controls. Once a control surface has been designed it can be deployed in the system for anyone to use. A user simply logs into the APPolo system and selects the control surface. Now the operator has a custom control surface which only presents the information and access to the system functions they need APPolo also includes Backup and Restore. This utility lets users manually backup the system to a file. The backup can be as simple as a single module backup or a complete global system backup including all connected modules and racks. This is particularly useful for systems that are multi-use and need to be configured differently for certain productions or events. Simply store the system configuration inside APPolo as a backup, and restore at a later time to re-apply the system configuration. Custom control panels can be deployed to any device on the network, and portable wireless access is possible using our our free ipad application, which can be accessed from the Apple store. PC Control ipad Control System Backup The System Backup function is often overlooked for terminal equipment settings yet is vital to a well functioning solution. We offer two layers of backup. One is fully automatic and designed for maintenance use, and the other is designed for storing and recalling complete system configurations. Complex signal processing modules may have more than 700 user-configurable settings. Once a module is set up, configuration is easily forgotten. Should the module develop a problem and need to be replaced, re-configuring the new module can be rather time consuming, resulting in increased downtime. LYNX Technik APPolo includes HotSync Backup, which is an automated process that runs in the background. Each APPolo rack controller automatically takes an inventory of the installed modules and stores all the module settings inside the controller RAM. If the module configuration changes, the backup is automatically updated. No user interaction is required, and the backup is always 100% up to date. If the module fails and a new module is inserted, the system detects the new module and automatically restores all the settings from the last backup. This only takes seconds. All you have to do is switch it on and forget it. APPolo takes care of the rest. Error Logging and Maintenance A comprehensive error log is maintained within APPolo, which can be fully user-configured for each individual module. Each time an event occurs (e.g. input is missing or something changed), the event is time stamped and recorded in the event log. The APPolo system can be configured to communicate with LYNX Technik engineering servers. When a firmware update is available, the user is notified within APPolo, and the module can be updated with the click of a mouse. If a specific module or the APPolo system ever exhibits a problem, the user can invoke a function to gather all pertinent technical information and internal log files from the system and automatically the information to LYNX support for investigation and resolution. Try it for yourself! APPolo is the heart and brains of the LYNX Technik Series 5000 product line. It is simple to install, easy to operate, and inexpensive. In fact, the basic APPolo software package is included free with the purchase of a rack controller. Test it out for yourself! Download APPolo from the LYNX Technik website com. The software includes a simulation mode and will reproduce a Series 5000 system with all the LYNX modules. The modules will react and function in the control system as if they were real, so you can experience the power and ease of use of the APPolo application for yourself. Go to and select Support > Download Area > APPolo Software 7

8 Series 5000 The Series 5000 hardware is unique in terms of features, reliability, and dependability. Series 5000 is a tried and tested solution for mission critical applications where dependability and quality counts, trusted by broadcasters worldwide for over 13 years. We provide a broad spectrum of modules spanning all applications, from simple analog video and audio solutions to multiplexed fiber transport systems capable of moving over 54Gbit of real time bi-directional video data over a single fiber link. All of the LYNX Technik products are designed and manufactured in Germany to the highest quality standards. Through extensive use of programmable FPGA technology, modules can be easily upgraded with the latest new features, future proofing your investment. Our rack frames are solid, high quality, and use only the highest rated materials. We use non-magnetic stainless steel construction for strength and full safety and emissions compliance. 8

9 SDTV VIDEO A/D CONVERSION Dual Composite Video to SDI Decoders and Frame Syncs SDTV VIDEO A/D CONVERSION Component Video RGB / YUV to SDI Converter C AD independent conversion channels High quality 12 bit A/D conversion Auto-detect PAL / NTSC 54 MHz sampling (4 x oversampling) Integrated frame synchronizers with frame, line and pixel delay adjustments Independent 3.5 line to 6 frame programmable delays in 37ns increments Composite video inputs (with passive loop through) 1 x 10 bit SDI output (per channel) Selectable Luma / Chroma filters 5-line adaptive comb filter decoders VXCO Genlock Adjustable Gain, Sat, Ped and Hue CTI mode to improve chroma transitions Delay outputs for external audio delay synchronizers Integrated alpha-numeric display and menu system for module settings Microprocessor controlled with internal flash RAM for storing configurations C AD bit analog to digital conversion RGB or Y, Cr, Cb inputs (selectable) Differential inputs Auto-detect 525 / MHz sampling (2 x oversampling) Low pass video reconstruction filter Integrated test signals 4 x 10 bit SDI outputs SMPTE 259M-C VXCO Genlock Adjustable Gain, Sat and Pedestal Horizontal video timing adjustment of +/- 127 pixels Adjustable delay in pixel and line increments (0.15 to 4 lines) Integrated alpha-numeric display and menu system for module settings Microprocessor controlled with internal flash RAM for storing configurations C AD Component Video RGB / YUV to SDI Converter C AD Dual Composite Video Decoders and Frame Synchronizers 9

10 SDTV HDTV VIDEO A/D CONVERSION HD/SD Video / Audio A/D Converter and Embedder SDTV VIDEO D/A CONVERSION SDI to Composite / RGB / YUV / YC Converter and Line Sync C MX 5710 Selectable SDTV analog video inputs (CVBS / RGB / YUV / YC) Selectable HD analog video inputs (RGB / YUV) Supports 525 / 625 / 1080i / 720P SDI formats 59.94Hz/50Hz/60Hz operation (auto detect) Frame Synchronizer 2 x 270Mbit / 1.5Gbit SDI outputs with embedded audio 12 bit, 4 x (54MHz) video over sampling 5-line comb filter decoder Selectable Luma / Chroma Filters. Video test pattern generator with selectable patterns. 2 x balanced analog stereo pair inputs 2 x AES Ports configurable as inputs or outputs 24 bit audio A/D conversion Audio processor with adjustable gain, phase, invert and sum function plus audio shuffle Automatic audio timing compensation with user adjustable delay offset Fully featured audio embedder with 8 x 16 audio crossbar 62 Frame programmable video delay in frame / line / pixel increments Remote control, status monitoring and error reporting possible when used with the APPolo control system Hot Swappable C DA bit digital to analog conversion 4 x oversampling (54 MHz) Auto-detect 525 / 625 Integrated line synchronizer 3 lines of programmable delay in lines and sub pixel increments. (0.15ns) Multiple simultaneous analog output configurations: -YUV/RGB + 1 x Composite + 1 x YC (S-VHS) - YUV/RGB + 3 x Composite - 3 x Composite + 3 Reference (black) 2 x reclocked SDI outputs Internal color bars. Adjustments for Y level, U level, V level, Overall Gain, Hue, Sharpness and Gamma Selectable Luma and Chroma filters Color Bars (or black) if input is lost Vertical blanking (VBI) passed or blanked Microprocessor controlled with internal flash RAM for storing configurations C DA SDI to CVBS / RGB / YUV Converter with Line Sync C MX HD/SD Video / Audio AD Converter and Embedder 10

11 SDTV HD 1.5G D/A AND DOWN CONVERSION C DX 5624 Down Converter with Analog Video and Audio Outputs HD-SDI inputs up to 1.5Gbit Automatic HD input standard detection 10 bit signal processing throughout 10 bit video D/A conversion with 54MHz sampling Video processing amp with adjustable Gain, Saturation, Hue and Lift controls Composite and YC or YUV or RGB analog video outputs 2 x SDTV SDI outputs (or additional HD-SDI outputs) 709 to 601 color space conversion Selectable 4:3 output modes: Letterbox, Center cut, Stretch to fill Integrated de-embedder and embedder (16 channel) Audio delayed to match processing delay 2 x stereo pair balanced analog audio outputs Selectable analog Full Scale level and adjustable gain 2 x digital AES3 balanced outputs Built in matrix display with menu system for local control C DX 5624 Down Converter with Analog and Digital Outputs C AD 5320 AUDIO A/D CONVERSION Dual Channel Analog Audio to AES Audio Converter High quality audio A/D converter 2 channels of audio conversion Balanced analog audio inputs 24 bit conversion Selectable sample rates (32 KHz, 44.1 KHz, 48 KHz, 96 KHz) Transformer coupled AES outputs Adjustable gain +/- 3dB from 0dB full scale setting Full scale range presets of 12,15,18,21 and 24dBu Integrated test tone generator External AES reference, video reference or internal clock Input presence detection Choice of two backplane versions (balanced or unbalanced AES inputs) Microprocessor controlled with internal flash RAM for storing configurations Integrated matrix display with menu system for module settings C AD 5320 D - Dual Channel Analog Audio to AES Converter (Sub D Connector - balanced AES3) C AD 5320 SB - Dual Channel Analog Audio to AES Converter (BNC Connector - unbalanced AES3id) C AD 5320 SB C AD 5320 D Options 11

12 C DA 5220 AUDIO D/A CONVERSION Dual Channel AES Audio to Analog Audio Converter High quality audio D/A converter 2 channels of AES audio D/A conversion Transformer coupled inputs Automatic detection of AES sample rates (32 KHz, 44.1 KHz, 48 KHz and 96 KHz) 24 bit conversion 4 x analog audio outputs Adjustable analog audio gain +/- 3dB from 0dB full scale setting Full scale range presets of 12dBu, 15dBu, 18dBu and 24dBu Balanced analog audio outputs Input presence detection Choice of two backplane versions (balanced or unbalanced AES outputs) Microprocessor controlled with internal flash RAM for storing configurations C DA 5220 BS C DA 5220 D - Dual Channel AES to Analog Audio Converter (Sub D Connector - balanced AES3) C DA 5220 BS - Dual Channel AES to Analog Audio Converter (BNC Connector - unbalanced AES3id) C DA 5220 D Options SDTV D VA 5718 HDTV ANALOG VIDEO DISTRIBUTION SD/HD 1>8 Analog Video / Sync Distribution Amplifier High quality 1>8 video distribution Wide band amplifier for both SD and HD analog video Also use as sync DA, for tri-level and Bi-level sync Passive loop through input Signal presence detection Adjustable video gain Adjustable Cable equalization Selectable input clamp. (via control system) Selectable AC or DC coupled inputs (via control system) Microprocessor controlled with internal flash ram for storing configuration D VA 5718 L SD/HD 1>8 Analog Video / Sync Distribution Amplifier 12

13 SDTV ANALOG VIDEO DISTRIBUTION D VA 5724 HDTV SD/HD Dual 1>4 Analog Video / Sync Distribution Amplifier Dual channel 1 > 4 operation Wide band amplifier for both SD and HD analog video Also use as sync DA, for tri-level and Bi-level sync Signal presence detection Adjustable video gain Adjustable cable equalization Selectable input clamp (via control system) Selectable AC or DC coupled inputs (via control system) Microprocessor controlled with internal flash ram for storing configuration. SDTV D VA 5760 HDTV ANALOG VIDEO DISTRIBUTION SD/HD 1>16 Analog Video / Sync Distribution Amplifier High quality 1>16 distribution amplifier 30MHz wide band distribution amplifier for both SD and HD analog video Supports SD bi-level and HD tri-level analog sync Passive input loop through Signal presence detection Adjustable video gain Adjustable cable equalization Selectable input clamp (via control system) Selectable AC or DC coupled differential inputs (via control system) Microprocessor controlled with internal flash ram for storing settings Note: This module has a dual width panel and will occupy two rack card slots D VA 5724 SD/HD Dual 1>4 Analog Video / Sync Distribution Amplifier D VA 5760 SD/HD 1>16 Analog Video / Sync Distribution Amplifier 13

14 SDTV HD 1.5G HD 3G D VD 5810 DIGITAL VIDEO DISTRIBUTION 3G/HD/SD - SDI / ASI Distribution Amplifier Supports all SDI/ASI/DVB video formats Fixed 1>8 configuration Reclocking or non-reclocking mode (selectable) Auto-detect input video standard Transparently pass data between 15Mbit/s and 3Gbit/s in non re-clocked mode Microprocessor controlled with internal flash ram for storing configuration Input presence detection with LED indication Optional power fail relay connecting input to output D VD G/HD/SD - SDI/ASI Distribution Amplifier OPTION: OH-DVD-RL2 - Mechanical Bypass Relay Option SDTV HD 1.5G HD 3G D VD 5820 DIGITAL VIDEO DISTRIBUTION 3G/HD/SD - Dual SDI /ASI Distribution Amplifier Supports all SDI/ASI/DVB video formats Dual channel 1>4 or flexible 1>8 mapping Reclocking or non-reclocking mode (selectable) Auto-detect input video standard Transparently pass data between 15Mbit/s and 3Gbit/s in non re-clocked mode Microprocessor controlled with internal flash ram for storing configuration Input presence detection with LED indication Optional power fail relay connecting input to output D VD G/HD/SD - Dual SDI/ASI Distribution Amplifier OPTION: OH-DVD-RL2 - Mechanical Bypass Relay Option 14

15 SDTV HD 1.5G HD 3G D VD 5830 DIGITAL VIDEO DISTRIBUTION 3G/HD/SD - Triple SDI Distribution Amplifier Supports all SDI video formats 3 x SDI inputs and 3 sets of 2 outputs (user mapped) Reclocking or non-reclocking mode for each channel Auto-detect input video standard. Transparently pass data between 143 Mbit/s and 3Gbit/s in non re-clocked mode Microprocessor controlled with internal flash ram for storing configuration Input presence detection with LED indication for each input D VD G/HD/SD - Triple SDI Distribution Amplifier ANALOG AUDIO DISTRIBUTION D AA 5320 Dual Analog Audio Distribution Amplifier Dual 1>4 (stereo) or single 1>8 (mono) modes Balanced analog audio inputs and outputs Input presence detection Independently adjustable gain for each input channel Two backplane options - screw terminal (Weco) or Sub D Microprocessor controlled with internal flash RAM for storing configurations D AA 5320 D - Dual Analog Audio Distribution Amplifier (Sub D Connectors) D AA 5320 S - Dual Analog Audio Distribution Amplifier (Weco Single Jack Connectors) D AA 5320 S D AA 5320 D Options 15

16 ANALOG AUDIO DISTRIBUTION D AA 5321 Dual Analog Audio Distribution Amplifier - Fully isolated Dual 1>4 (stereo) or single 1>8 (mono) modes Balanced analog audio inputs and outputs All audio inputs and outputs isolated using high quality audio transformers Input presence detection Independently adjustable gain for each input channel Two backplane options - screw terminal (Weco) or SubD Microprocessor controlled with internal flash RAM for storing configurations D AA 5321 D Dual Analog Audio Distribution Amplifier (SubD connections) D AA 5321 S Dual Analog Audio Distribution Amplifier (Single Jack Weco Connectors) D AA 5321 D D AA 5321 S Options DIGITAL AUDIO DISTRIBUTION D AD 5220 Dual AES Digital Audio Distribution Amplifier Dual 1>4 or single 1>8 modes AES digital audio distribution amplifier Non-reclocking Signal presence detection Supports sample rates between 32KHz and 108KHz (Independent for each input channel) Fully isolated transformer coupled inputs and outputs. Three choices of back panel (balanced or unbalanced AES) Internal flash RAM for storing configurations Remote control and error reporting when using APPolo control system D AD 5220 B D AD 5220 S D AD 5220 D Options D AD 5220 B Dual AES Audio Distribution Amplifier (BNC Connections for unbalanced AES3id) D AD 5220 D Dual AES Audio Distribution Amplifier (SubD Connections for balanced AES3) D AD 5220 S Dual AES Audio Distribution Amplifier (Weco Single Jack Connections for balanced AES3) 16

17 DIGITAL AUDIO DISTRIBUTION DIGITAL AUDIO DISTRIBUTION Dual AES Audio Distribution Amplifier (with impedance conversion) Dual AES Audio Distribution Amplifier (with impedance conversion) D AD 5220 B2S Dual 1>4 or single 1>8 modes Signal presence detection Supports sample rates between 32KHz and 108KHz Non-reclocking Integrated AES3id unbalanced to AES3 balanced conversion AES3id unbalanced inputs on BNC connectors 2 x AES3 balanced outputs and 2 x AES3id unbalanced outputs per channel Fully isolated transformer coupled inputs and outputs Microprocessor controlled with internal flash RAM for storing configurations D AD 5220 B2S Dual AES Audio Distribution Amplifier D AD 5220 B4S Dual 1>4 or single 1>8 modes Signal presence detection Supports sample rates between 32KHz and 108KHz Non-reclocking Integrated AES3id unbalanced to AES3 balanced conversion AES3id unbalanced inputs on BNC connectors AES3 balanced outputs on Weco screw jack terminals Fully isolated transformer coupled inputs and outputs Microprocessor controlled with internal flash RAM for storing configurations D AD 5220 B4S Dual AES Audio Distribution Amplifier 17

18 D AD 5220 WCB WORD CLOCK DISTRIBUTION Dual Word Clock Distribution Amplifier Word Clock (48KHz) distribution amplifier Dual 1>4 or Single 1>8 modes Signal presence detection Supports clock signals between 32KHz and 108KHz (Independent for each input channel) 5v TTL level outputs Fully isolated transformer coupled inputs Microprocessor controlled with internal flash RAM for storing configuration D AD 5220 WCB Dual Word Clock Distribution Amplifier SDTV HD 1.5G HD 3G S VD 5812 DIGITAL VIDEO SWITCHING 3G/HD/SD - SDI/ASI 2 Channel Changeover Switch Supports SDI/ASI/DVB inputs up to 3Gbit/s 2 x Inputs and 2 sets of switched outputs Inputs can be reclocked or non-reclocked Auto-detect input video standard Manual switching from external GPI trigger or from control system GUI Automatic emergency switching when designated input fails Select latch or automatic return when main input returns GPO output trigger provided when switch operates Pass data between 15Mbit/s and 3Gbit/s in non- reclocked mode. Input presence detection with LED indicators Optional power fail relay connecting inputs to outputs S VD G/HD/SD - SDI/ASI 2 Channel Changeover Switch OPTION: OH-DVD-RL2 - Mechanical Bypass Relay Option 18

19 SDTV HD 1.5G HD 3G AUDIO EMBEDDING / DE-EMBEDDING SDTV HD 1.5G HD 3G AUDIO EMBEDDING / DE-EMBEDDING 3G/HD/SD - 8 Channel AES Embedder / De-embedder 3G/HD/SD - 16 Channel AES Embedder / De-embedder P DM 5240 Supports SDI formats up to 3Gbit (auto-detect) Switch between 8 channel embedder or de-embedder or combination of both 24 channel audio processing stage with adjustable gain, phase invert, mute and stereo to mono mixdown plus overload and silence detection 24 x 16 mono crossbar for embedder assignment 24 x 8 mono crossbar for external outputs Two versions available for balanced and unbalanced AES All external audio inputs / outputs are transformer coupled P DM 5240 U P DM 5240 D Options P DM 5280 Supports SDI formats up to 3Gbit (auto-detect) Switch between 16 channel embedder or de-embedder or combination of both 32 channel audio processing stage with adjustable gain, phase invert, mute and stereo to mono mixdown plus overload and silence detection 32 x 32 mono output crossbar for embedder and external audio channel assignment Selectable Auto Pattern Function with no input video the module will embed audio in a selectable test pattern DolbyE Synchronizer to maintain Guard Band Up to 62 frames of programmable delay Up to 10 seconds audio delay (total) Two versions available for balanced and unbalanced AES All external audio inputs / outputs are transformer coupled P DM 5280 U P DM 5280 D Options P DM 5240 U - 3G/HD/SD - 8 Channel Audio Embedder / De-embedder (MiniDIN unbalanced AES) P DM 5240 D - 3G/HD/SD - 8 Channel Audio Embedder / De-embedder (SubD - balanced AES) P DM 5280 U - 3G/HD/SD - 16 Channel Audio Embedder / De-embedder (MiniDIN unbalanced AES) P DM 5280 D - 3G/HD/SD - 16 Channel Audio Embedder / De-embedder (SubD - balanced AES) 19

20 SDTV HD 1.5G HD 3G AUDIO EMBEDDING / DE-EMBEDDING P DM G/HD/SD - 4 Ch. Analog Audio Embedder / De-embedder Supports SDI formats up to 3Gbit (auto-detect) Switch between 4 channel analog audio embedder or de-embedder 20 channel audio processing stage with adjustable gain, phase invert, mute and stereo to mono mixdown. Also provides overload and silence detection 20 x 4 mono output crossbar for external audio channel assignment 20 x 16 mono crossbar for embedder audio assignments P DM G/HD/SD - 4 Channel Analog Audio Embedder / De-embedder SDTV HD 1.5G HD 3G AUDIO EMBEDDING / DE-EMBEDDING P DM G/HD/SD - 8 Ch. Analog Audio Embedder / De-embedder Supports SDI formats up to 3Gbit (auto-detect) Switch between 8 channel analog audio embedder or de-embedder 24 channel audio processing stage with adjustable gain, phase invert, mute and stereo to mono mixdown. Also provides overload and silence detection. 24 x 24 mono output crossbar for embedder and external audio channel assignment. Selectable Auto Pattern Function with no input video - the module will embed audio in a selectable test pattern. Up to 62 frames of programmable delay. Up to 10 seconds of audio delay (total). Embed or de-embed Timecode using two of the audio inputs if needed P DM G/HD/SD - 8 Channel Analog Audio Embedder / De-embedder 20

21 > SDTV HD 1.5G HD 3G P DM 5290 AUDIO / METADATA EMBEDDING / DE-EMBEDDING - SHUFFLEMAX II 3G/HD/SD - AES Audio and Metadata Embedder and De-Embedder SHUFFLEMAX II Managing multi-channel audio, metadata as well as audio / video delays in a modern digital multi-format video infrastructure can be an overwhelming and complex task. To address these issues, LYNX Technik has developed SHUFFLEMAX II, a single, affordable card module for the Series 5000 product line. SHUFFLEMAX II is primarily an audio and metadata embedder plus de-embedder with powerful internal shuffling functionality. Additional functions include: audio processing, DolbyE synchronization and programmable AV delays. Making it ideal for many applications P DM 5290 U - 3G/HD/SD - SHUFFLEMAX II Audio and Metadata Embedder / De-embedder (MiniDIN unbalanced AES) P DM 5290 D - 3G/HD/SD - SHUFFLEMAX II Audio and Metadata Embedder / De-embedder (SubD - balanced AES) Auto detecting multi-format SDI support for SD/HD/3G 8 external AES inputs or outputs individually assigned Transformer coupled audio I/O Balanced AES3 or unbalanced AES3id versions available 16 channel AES audio embedder / de-embedder Delete, overwrite, extract, re-map, process or pass audio transparently Auto Test uses a selectable internal test pattern if the SDI input is not present 2 internal mono crossbars for complete audio mapping control Auto detect audio format, PCM or encoded (DolbyE) 8 selectable sample rate converters for external AES inputs Automatic timing compensation to maintain audio I/O timing accuracy User adjustable timing offsets for each AES channel four sets provided DolbyE synchronizer SMPTE 2020 Metadata sub-frames alignment to rack reference 32 channel audio processing stage with individual adjustments for: > Gain > Phase (0-180 ) > Invert > Mute > Sum (left + right) 32 channels of overload and silence detection External Metadata I/O port Embed and de-embed Metadata Visualize all ANC packets for both HANC and VANC, includes; > Timecode ATC-LTC, ATC-VITC and D-VITC > SMPTE 2020 audio Metadata > GPI/GPO signaling in Metadata > Any other ANC data present Support for AFD / WSS / VI and Closed Caption Metadata via APPolo control system Metadata can be extracted, replaced or passed transparently Extract or insert LTC timecode from external I/O connection Extract or insert SMPTE 2020 Audio Metadata using external RS 422 port Extract or insert up to 2 GPI / GPO (relay) triggers in Metadata Programmable 62 frame video delay, in frames / lines / pixels or milliseconds Powerful, intuitive user interface using APPolo control system All settings automatically stored in module s flash RAM Selectable timecode burn in on SDI output Remote control and error reporting when using APPolo control system P DM 5290 U P DM 5290 D Options Selectable Timecode Burn In Display up to 4 timecode values Position anywhere on screen 21

22 > SDTV HD 1.5G HD 3G 3G/HD/SD - Digital Audio Processor and Dolby Transcoder AUDIO PROCESSING P DA 5280 The P DA 5280 is a fully featured DolbyE to DolbyD Transcoder with an integrated SDI frame synchronizer. The module is suitable for use with SD/HD and 3G video formats. A DolbyE encoded audio stream can be trans-coded into a Dolby Digital or Dolby Digital Plus stream. Alternatively, a standard 2.0 PCM audio stream can be encoded into a Dolby Digital or Dolby Digital Plus stream. 32 channels of internal audio processing are provided which includes adjustable gain, phase, invert, sum and mute. Each channel also has overload and silence detection P DA 5280 U - 3G/HD/SD - Digital Audio Processor and Dolby Trans-coder (MiniDIN - unbalanced AES) P DA 5280 D - 3G/HD/SD - Digital Audio Processor and Dolby Trans-coder (SubD - balanced AES) Dolby Digital and Dolby Digital Plus encoding of 2.0 PCM or DolbyE input signals Supports SD/HD and 3GBit/s standards (auto-detect) Video Frame Synchronizer Individually configured ports as inputs or outputs Existing embedded audio can be de-embedded Delete, replace or shuffle existing embedded audio Mono audio crossbar 32 Channel audio processing (mono gain, test tone, mute, phase invert, mix, overload and silence detection) Up to 62 frames of programmable video delay in frame, line and pixel increments Up to 10 seconds of programmable audio delay in individual audio sample increments Embedded audio group selection Audio embedded into test pattern if no SDI input present Selectable Horizontal and Vertical Video Blanking P DA 5280 D Balanced AES3 Audio 25 pin SubD Connector P DA 5280 U Unbalanced AES3id Audio MiniDin 75Ω Connectors Options 22

23 SDTV HD 1.5G P TG 5610 TEST SIGNAL GENERATOR SD/HD-SDI Video and AES Audio Test Generator Multi-format operation up to 1.5Gbit Two independent SDI outputs (can have different patterns) Large library of static and dynamic patterns Load additional patterns using the compact flash slot CF Card supplied with hundreds of extra patterns 4 x External AES outputs with 16 channel embedder for each SDI output 8 channel user programmable audio generator Multi-format and cross lock compatible genlock input One frame of adjustable output timing for video and sync outputs Includes EBU A/V sync pattern for transmission alive and audio lip sync tests Real time Zoneplate generator for chrominance and luminance User adjustable H and V Zoneplate center frequency Multi-format analog sync output (bi-level or tri-level) Use as standalone sync generator or genlock to station sync All AES outputs are transformer coupled (isolated) 48KHz Word Clock output P TG 5610 B - SD/HD SDI Video and AES Audio Test Generator (BNC for unbalanced AES3id) P TG 5610 D - SD/HD SDI Video and AES Audio Test Generator (SubD for balanced AES3) P TG 5610 B P TG 5610 D Options SDTV HD 1.5G HD 3G P VD 5800 FRAME SYNCHRONIZATION 3G/HD/SD SDI Frame Synchronizer Supports SDI formats up to 3Gbit (auto-detect) Robust flywheel synchronization for a wide variety of problematic sources Cross lock compatible reference input All 16 channels of audio de-embedded from SDI input, delayed to match video processing delay and re-embedded 4 x SDI outputs provided Integrated test pattern generator Auto-tracking audio delay with no pops or clicks in audio even when dropping and adding frames Up to 62 frames of programmable delay P VD G/HD/SD SDI Frame Synchronizer 23

24 SDTV HD 1.5G HD 3G P VD 5802 FRAME SYNCHRONIZATION 3G/HD/SD Dual Input SDI Frame Synchronizer Supports SDI formats up to 3Gbit (auto-detect) Two SDI inputs (switchable) Robust flywheel synchronization for a wide variety of problematic sources Cross lock compatible reference input All 16 channels of audio de-embedded from SDI input, delayed to match video processing delay and re-embedded 5 x SDI outputs provided Integrated test pattern generator Auto-tracking audio delay with no pops or clicks in audio even when dropping and adding frames Up to 62 frames of programmable delay 2 external GPI inputs, with choice of connector Remote control, status monitoring and error reporting possible with LYNX APPolo control system Full SNMP support when used with APPolo control system P VD G/HD/SD SDI Frame Synchronizer (GPI on Terminal Strip) P VD 5802 S - 3G/HD/SD Frame Synchronizer (GPI on Weco connectors) P VD 5802 P VD 5802 S Options SDTV HD 1.5G HD 3G P VD 5810 FRAME SYNCHRONIZATION 3G/HD/SD SDI Frame Sync + Audio Processing Supports SDI formats up to 3Gbit (auto-detect) Robust flywheel synchronization for a wide variety of problematic sources Cross lock compatible reference input All 16 channels of audio de-embedded from SDI input 32 channel audio processing stage with adjustable gain, phase invert, mute and stereo to mono mixdown plus overload and silence detection 32 x 32 mono output crossbar for embedder and external audio channel assignment Integrated test pattern generator Auto-tracking audio delay with no pops or clicks in audio even when dropping and adding frames DolbyE Synchronizer to maintain guard band Up to 62 frames of programmable delay Two versions available for balanced and unbalanced AES All external audio inputs / outputs are transformer coupled P VD 5810 U - 3G/HD/SD SDI Frame Synchronizer + Audio Processing (unbalanced AES3id on MiniDin) P VD 5810 D - 3G/HD/SD SDI Frame Synchronizer + Audio Processing (balanced AES3 on SubD) P VD 5810 U P VD 5810 D Options 24

25 SDTV HD 1.5G HD 3G P VD 58403G/HD/SD FRAME SYNCHRONIZATION Dual Channel SDI Frame Synchronizer + Image and Audio Processing Compact dual channel frame synchronizer Support for SDI video formats up to 3Gbit Bi-level or tri-level reference input, auto detect, cross lock compatible Robust flywheel frame synchronizer functionality Seamless switching between input sources (with second input option) Integrated Image processing includes: - 2 channel aspect ratio converter - 2 channel noise reduction - 2 channel RGB gain and lift color correction - 1 channel UP/DOWN/CROSS conversion Firmware plug in options: - OC-5840-SCND - Second Input Option - OC-5840-UPXD2 - UP/DOWN/CROSS conversion channel 2 - OC G-LEVELB-DL - Level B (DL) support and A<>B conversions 4 independent SDI outputs, user mapped to any internal resource Each output (4) has independent 10 bit digital video processing providing: - Adjustable gain, saturation, black level and hue - Adjustable aperture correction - Color space conversion ( 601 > 709 or 709 > 601 ) - Integral test pattern generator with multiple patterns - Adjustable output timing delay (3 frame) Automatically detect audio content PCM / DolbyE / compressed bitstream De-embed complete audio payload from each SDI input (16 channels) 8 x external AES inputs and / or outputs (transformer coupled) 24 x 24 AES audio input crossbar Individually selectable sample rate converters (on/off) for de-embedded audio and external audio inputs Selectable audio pathways through synchronizer - 20 x AES - Internal - 4 x AES - Through 4 x DolbyE synchronizers - 8 x AES bypass channel synchronized to SDI input 1-8 x AES bypass channels synchronized to SDI input 2 48 channel audio processing with adjustable gain / phase / mute / sum 48 channel overload and silence detection Audio is delayed to track video synchronizer automatically User adjustable audio delays in multiple zones DolbyE synchronizers automatically maintain guard band timing No pops and clicks in audio even when frames are dropped / added 4 Independent output embedders (16 channel) for each output 4 independent 48 x 16 mono output crossbars 80 x 16 mono crossbar for external AES outputs Store 7 module user presets, and switch between four with GPI Two external GPI inputs, user configurable: - Seamless switch between inputs (with second input option) - Freeze input 1 (or 2 with second input option) AFD / WSS / VI / Closed Caption and Timecode metadata transcoding P VD 5840 D Balanced AES3 Audio 25 pin SubD Connector Options P VD 5840 U - 3G/HD/SD Dual SDI Frame Synchronizer + Audio Processing (unbalanced AES3id on MiniDin) P VD 5840 D - 3G/HD/SD SDI Dual Frame Synchronizer + Audio Processing (balanced AES3 on SubD) OC-5840-SCND - Second SDI input option for PVD 5840 U/D OC-5840-UPXD2 - UP/DOWN/CROSS conversion for Channel OC G-LEVELB-DL - Level B (DL) support and Leve A to Level B conversions P VD 5840 U Unbalanced AES3id Audio MiniDin 75Ω Connectors 25

26 Fiber Implementation A host of Series 5000 modules now provide fiber optic I/O capability. The LYNX Technik implementation is extremely well engineered. LYNX Technik uses small, modular SFP submodules for fiber I/O. Adding fiber capability or changing system configurations (wavelengths) is straightforward and simple. Fiber Solutions With the introduction of HDTV, 1.5Gbit, 3Gbit and now 4K bandwidth signals, the need to adopt fiber interfaces is a requirement. Fiber offers many benefits compared to copper interfaces, with the greatest advantage being distance with no degredation of signal quality. The other benefits of fiber include: sending and receiving multiple bi-directional signals over a single fiber link, zero noise or interference, and significantly less bulk. LYNX Technik has fully embraced fiber technology and offers a wide range of solutions to address fiber infrastructure design. FIBER SOLUTIONS SFP Fiber Sub Module LYNX Technik offers a full range of SFP fiber sub-modules, which range from basic non- CWDM fixed wavelength transmitters to a full range of CWDM transmitters with 18 selectable wavelengths. The solutions are ideal for simple point-to-point applications or complex multiplexed applications. Our basic SFP modules support distances up to 10km, and our CWDM solutions support distances up to 40km or 80km. Module and Backplane Connected CWDM LYNX Technik offers comprehensive support for CWDM (Coarse Wavelength Division Multiplexing) with 18 selectable laser wavelengths as specified by ITU-T G CWDM is a process used to optically multiplex signals into a single fiber link. By selecting different wavelength fiber transmitters and using the LYNX OCM passive optical multiplexers, it is easy to configure a bi-directional CWDM fiber transmission system. Our CWDM solutions service distances up to 40km, and our long-haul transmitters and receivers are suitable for applications up to 80km. Non-CWDM CWDM Fiber modules use precision narrow band lasers and therefore cost more. For simple applications that only require single point to point fiber connections, a non CWDM or basic fiber SFP module is a more cost-effective solution. Passive Fiber System Components Working with light vs. electricity allows for us to use passive optical building blocks for a fiber optic system design. Passive = no power requirements. Our solutions for fiber include optical CWDM multiplexers, splitters, and combiners. We adhere to the highest standards of superior technical performance and all of our passive fiber solutions are designed and manufactured in Germany. Fiber Option Selection Tables We offer a wide range of SFP fiber options for our modules which include fiber support in this section of the catalog. The module listings will refer to the tables show on the next page for the selection of the appropriate SFP fiber option. Fiber Backplane Sockets on Module Backplane with Integrated Fiber LYNX Technik fiber solutions are unique in that the fiber I/O is integrated into the backplane assembly. This means the module can be removed from the rack for ease of service and without disconnecting the fiber cables from the module. Other solutions on the market often have the fiber I/O directly fixed to the module and fed through the rear of the rack. When a module is removed, the delicate fiber cables are pulled, which can result in damage. There is also no requirement for fiber service loops on the modules found on other manufacturers solutions. 26

27 Table A - Single Channel SDI Fiber Optic SFP Transmitters Basic Fiber OH-TX-1-LC TX power : -5dBm Single Optical Transmitter (TX) SFP Module nm - (non CWDM) - LC connectors - 10km OH-TX-1-SC Single Optical Transmitter (TX) SFP Module nm - (non CWDM) - SC connectors - 10km OH-TX-1-ST Single Optical Transmitter (TX) SFP Module nm - (non CWDM) - ST connectors - 10km OH-TX MM Single Optical Transmitter (TX) SFP Module - Multimode - 850nm - LC connectors - 300m CWDM Fiber (40km) CWDM Fiber (80km) 40km TX power : -1dBm 80km TX power : +3dBm OH-TX n.a. Single Optical Transmitter (TX) SFP Module - CWDM capable nm - LC connectors OH-TX n.a. Single Optical Transmitter (TX) SFP Module - CWDM capable nm - LC connectors OH-TX n.a. Single Optical Transmitter (TX) SFP Module - CWDM capable nm - LC connectors OH-TX n.a. Single Optical Transmitter (TX) SFP Module - CWDM capable nm - LC connectors Table C - Single Channel SDI Fiber Optic SFP Receivers Basic & CWDM Fiber OH-RX-1-LC Single Optical Receiver (RX) SFP Module - ( nm) - LC connectors RX Sensitivity: -18dBm OH-RX-1-Y-SC Single Optical Receiver (RX) SFP Module - ( nm) - SC connectors RX Sensitivity: -16dBm OH-RX-1-Y-ST Single Optical Receiver (RX) SFP Module - ( nm) - ST connectors RX Sensitivity: -16dBm OH-RX-0-MM Single Optical Receiver (RX) SFP Module - Multimode - 850nm - LC connectors RX Sensitivity: -15dBm OH-RX-8 Single Optical Receiver (RX) SFP Module - ( nm) - High Sensitivity - LC connectors RX Sensitivity: -26dBm Table D - Dual Channel SDI Fiber Optic SFP Receivers Basic & CWDM Fiber OH-RR-1 Dual Optical Receiver (RX) SFP Module - ( nm) - Fiber LC connectors RX Sensitivity: -18dBm OH-TX n.a. Single Optical Transmitter (TX) SFP Module - CWDM capable nm - LC connectors OH-RR-8 Dual Optical Receiver (RX) SFP Module - ( nm) - High Sensitivity - LC connectors RX Sensitivity: -26dBm OH-TX n.a. Single Optical Transmitter (TX) SFP Module - CWDM capable nm - LC connectors OH-TX n.a. Single Optical Transmitter (TX) SFP Module - CWDM capable nm - LC connectors OH-TX n.a. Single Optical Transmitter (TX) SFP Module - CWDM capable nm - LC connectors OH-TX n.a. Single Optical Transmitter (TX) SFP Module - CWDM capable nm - LC connectors OH-TX n.a. Single Optical Transmitter (TX) SFP Module - CWDM capable nm - LC connectors OH-TX OH-TX Single Optical Transmitter (TX) SFP Module - CWDM capable nm - LC connectors OH-TX OH-TX Single Optical Transmitter (TX) SFP Module - CWDM capable nm - LC connectors OH-TX OH-TX Single Optical Transmitter (TX) SFP Module - CWDM capable nm - LC connectors OH-TX OH-TX Single Optical Transmitter (TX) SFP Module - CWDM capable nm - LC connectors OH-TX OH-TX Single Optical Transmitter (TX) SFP Module - CWDM capable nm - LC connectors OH-TX OH-TX Single Optical Transmitter (TX) SFP Module - CWDM capable nm - LC connectors OH-TX OH-TX Single Optical Transmitter (TX) SFP Module - CWDM capable nm - LC connectors OH-TX OH-TX Single Optical Transmitter (TX) SFP Module - CWDM capable nm - LC connectors Table B - Dual Channel SDI Fiber Optic SFP Transmitters Basic Fiber OH-TT-1 TX power : -5dBm Dual Optical Transmitter (TT) SFP Module - 2x1310nm - (non CWDM) Fiber LC connectors OH-TT MM Dual Optical Transmitter (TT) SFP Module - 2x850nm (Multimode) - Fiber LC connectors CWDM Fiber CWDM Fiber (80km) 40km TX power : -1dBm (40km) 80km TX power : +3dBm OH-TT n.a. Dual Optical Transmitter (TT) SFP Module - CWDM - (1270nm, 1290nm) - LC connectors OH-TT n.a. Dual Optical Transmitter (TT) SFP Module - CWDM - (1310nm, 1330nm) - LC connectors OH-TT n.a. Dual Optical Transmitter (TT) SFP Module - CWDM - (1350nm, 1370nm) - LC connectors OH-TT n.a. Dual Optical Transmitter (TT) SFP Module - CWDM - (1390nm, 1410nm) - LC connectors OH-TT n.a. Dual Optical Transmitter (TT) SFP Module - CWDM - (1430nm, 1450nm) - LC connectors OH-TT OH-TT Dual Optical Transmitter (TT) SFP Module - CWDM - (1470nm, 1490nm) - LC connectors OH-TT OH-TT Dual Optical Transmitter (TT) SFP Module - CWDM - (1510nm, 1530nm) - LC connectors Table E - SDI Fiber Optic SFP Transceivers Basic Fiber OH-TR-1-LC OH-TR MM CWDM Fiber (40km) CWDM Fiber (80km) Optical Transceiver (TR) SFP Module nm (non CWDM) - LC conn. - 10km TX : -5dBm, RX -18dBm Optical Transceiver (TR) SFP Module - Multimode - 850nm - LC conn.- 300m TX : -5dBm, RX -15dBm OH-TR n.a Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR n.a Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR n.a Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR n.a Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR n.a Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR n.a Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR n.a Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR n.a Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR n.a Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR OH-TR Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR OH-TR Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR OH-TR Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR OH-TR Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR OH-TR Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR OH-TR Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR OH-TR Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR OH-TR Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR OH-TR Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors 40km TX : -1dBm, RX -20dBm 80km TX:: +3dBm, RX: -26dBm OH-TT OH-TT Dual Optical Transmitter (TT) SFP Module - CWDM - (1550nm, 1570nm) - LC connectors OH-TT OH-TT Dual Optical Transmitter (TT) SFP Module - CWDM - (1590nm, 1610nm) - LC connectors Please turn page for Table F 27

28 Table F - Fiber Optic Data SFP Transceivers Basic Fiber OH-TR-51 OH-TR MM CWDM Fiber (40km) CWDM Fiber (80km) Optical Transceiver (TR) SFP -1310nm (non CWDM) - LC - 10km TX : -5dBm, RX -18dBm Optical Transceiver (TR) SFP - Multimode - 850nm - LC -550m TX : -5dBm, RX -15dBm 40km TX : -0dBm, RX -21dBm 80km TX:: +0dBm, RX: -24dBm OH-TR n.a Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR n.a Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR n.a Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR n.a Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR n.a Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR n.a Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR n.a Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR n.a Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR n.a Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR OH-TR Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR OH-TR Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR OH-TR Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR OH-TR Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR OH-TR Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR OH-TR Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR OH-TR Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR OH-TR Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors OH-TR OH-TR Optical Transceiver (TR) SFP Module - CWDM nm - LC connectors SDTV HD 1.5G HD 3G FIBER O TX Gbit 4 Channel SDI Fiber Transmitter O TX Gbit Quad SDI Fiber Transmitter Fiber SFP Options FIBER CONVERTERS 4 independent SDI optical transmitter channels and 2 x electrical outputs Supports SDI/ASI/DVB up to 3Gbit/s Selection of 18 wavelengths available for CWDM applications Reclocking or non-reclocking mode for each channel Auto-detects input clock rate Transparently pass data between 15Mbit/s and 3Gbit/s in non-reclocked mode. Input presence detection with LED indication for each channel Internal 4x6 signal router for flexible I/O mapping (via APPolo only) Singlemode LC fiber optic connections Fiber SFP modules secured in backplane Select two dual channel fiber transmitter options from Table B Module shown plugged into backplane 28

29 SDTV HD 1.5G HD 3G FIBER O RX 5800 FIBER CONVERTERS 3Gbit 4 Channel SDI Fiber Receiver 4 independent SDI optical receiver channels with 4 x electrical SDI outputs Supports SDI/ASI/DVB up to 3Gbit/s 1260nm to 1620nm wavelength operational range Selectable electrical / optical inputs for 2 channels Reclocking or non-reclocking mode for each channel Auto-detects input clock rate Transparently pass data between 15Mbit/s and 3Gbit/s in non-reclocked mode. Input presence detection with LED indication for each channel Internal 4x4 signal router for flexible I/O mapping (via APPolo only) Singlemode LC fiber optic connections Fiber SFP modules secured in backplane O RX Gbit Quad SDI Fiber Receiver Module shown plugged into backplane SDTV HD 1.5G HD 3G FIBER O TR Gbit Dual SDI / Fiber Transceiver OTR Gbit Dual SDI / Fiber Transceiver Fiber SFP Option FIBER CONVERTERS 2 independent SDI fiber receiver channels (1260nm nm) 2 Independent SDI fiber transmitter channels 2 channels selectable between optical or electrical inputs CWDM support, select from 18 wavelengths Supports SDI/ASI/DVB to 3Gbit/s Reclocking or non-reclocking mode for each channel Auto-detects input clock rate Transparently pass data between 15Mbit/s and 3Gbit/s in non-reclocked mode. Input presence detection with LED indication for each channel Internal 4x4 router for flexible I/O mapping (via APPolo only) Singlemode LC fiber optic connections Fiber SFP modules secured in backplane Select dual channel fiber transmitter option from Table B (receiver SFP included) Module shown plugged into backplane 29

30 SDTV HD 1.5G HD 3G FIBER D VO 5810 DIGITAL VIDEO DISTRIBUTION 3G/HD/SD - SDI/ASI Distribution Amplifier ( With fiber I/O ) Supports SDI / ASI / DVB up to 3Gbit/s Electrical or optical SDI inputs (selectable) 6 x electrical and 1 x optical SDI outputs Reclocking or non-reclocking of input (selectable) Auto-detect input video standard. CWDM support with 18 selectable optical wavelengths (non CWDM option available) Transparently pass data between 15Mbit/s and 3Gbit/s in non re-clocked mode Microprocessor controlled with internal flash ram for storing configuration Input presence detection with LED indication Singlemode LC fiber connections Fiber SFP in backplane D VO G/HD/SD - SDI/ASI Distribution Amplifier with Optical I/O Fiber SFP Option Select fiber transceiver option from Table E SDTV HD 1.5G HD 3G FIBER D VO 5820 DIGITAL VIDEO DISTRIBUTION 3G/HD/SD - Dual SDI/ASI Distribution Amplifier ( With fiber I/O ) Supports SDI / ASI / DVB up to 3Gbit/s Dual channel 1>4 2 optical inputs, with selectable electrical input on channel 2 3 x electrical and 1 x optical outputs per channel CWDM support with 18 selectable optical wavelengths Reclocking or non-reclocking mode for each channel Auto-detect input video standard Transparently pass data between 15Mbit/s and 3Gbit/s in non re-clocked mode. Microprocessor controlled with internal flash ram for storing configuration Input presence detection with LED indication for each channel Singlemode LC fiber connections Fiber SFP in backplane D VO G/HD/SD - Dual SDI/ASI Distribution Amplifier with Fiber I/O Fiber SFP Option Select two fiber transceiver SFP options from Table E 30

31 FIBER ETHERNET OVER FIBER 1 Gbit Ethernet to Fiber Optic Transceiver SDTV HD 1.5G HD 3G FIBER AUDIO EMBEDDING / DE-EMBEDDING 3G/HD/SD - 8 Ch. Analog Audio Embedder / De-embedder O ET 5501 Support for standard Ethernet inputs up to 1 Gbit 3 port Ethernet switch (1 fiber, 2 electrical) Support for Jumbo Frames Auto (10/100/1000) electrical port speed detection Manually force 10 Mbit electrical speed (if needed) Fiber transceiver speed always 1 Gbit Auto or manual electrical crossover selection Remote control, status monitoring and error reporting possible when used with APPolo control system. Hot Swappable Variety of fiber SFP Transceiver options - Standard singlemode up to 10km (1310nm) - Standard multimode up to 550m (850nm) - CWDM 40km with 18 wavelength selections - CWDM 80km with 8 wavelength selections O ET Gbit Ethernet to Fiber Optic Transceiver Fiber SFP Option Select fiber transceiver SFP option from Table F P DM 5380 O Supports SDI formats up to 3Gbit (auto-detect) Optional fiber I/O Switch between 8 channel analog audio embedder or de-embedder 24 channel audio processing stage with adjustable gain, phase invert, mute and stereo to mono mixdown. Also provides overload and silence detection. 24 x 24 mono output crossbar for embedder and external audio channel assignment. Selectable Auto Pattern Function with no input video - the module will embed audio in a selectable test pattern. Up to 62 frames of programmable delay. Up to 10 seconds of audio delay (total). Embed or de-embed Timecode using two of the audio inputs if needed P DM 5380 O - 3G/HD/SD - 8 Channel Analog Audio Embedder / De-embedder Fiber SFP Option Select transmitter (Table A) or receiver (Table B) or transceiver (Table E) SFP option 31

32 SDTV HD 1.5G HD 3G FIBER AUDIO EMBEDDING / DE-EMBEDDING P DM 5280 O 3G/HD/SD - 16 Channel AES Embedder / De-embedder Supports SDI formats up to 3Gbit (auto-detect) Optional fiber I/O Switch between 16 channel embedder or de-embedder or combination of both 32 channel audio processing stage with adjustable gain, phase invert, mute and stereo to mono mixdown plus overload and silence detection 32 x 32 mono output crossbar for embedder and external audio channel assignment Selectable Auto Pattern Function with no input video the module will embed audio in a selectable test pattern DolbyE Synchronizer to maintain Guard Band Up to 62 frames of programmable delay Up to 10 seconds audio delay (total) Two versions available for balanced and unbalanced AES All external audio inputs / outputs are transformer coupled P DM 5280 UO - 3G/HD/SD - 16 Ch. Audio Embedder / De-embedder (MiniDIN unbalanced AES) P DM 5280 DO - 3G/HD/SD - 16 Ch. Audio Embedder / De-embedder (SubD - balanced AES) Fiber SFP Option Select transmitter (Table A) or receiver (Table B) or transceiver (Table E) SFP option P DM 5280 UO P DM 5280 DO Options SDTV HD 1.5G HD 3G FIBER P VD 5800 O FRAME SYNCHRONIZATION 3G/HD/SD SDI Frame Synchronizer Supports SDI formats up to 3Gbit (auto-detect) Optional fiber I/O Robust flywheel synchronization for a wide variety of problematic sources Cross lock compatible reference input All 16 channels of audio de-embedded from SDI input, delayed to match video processing delay and re-embedded 4 x SDI outputs provided Integrated test pattern generator Auto-tracking audio delay with no pops or clicks in audio even when dropping and adding frames Up to 62 frames of programmable delay P VD 5800 O - 3G/HD/SD SDI Frame Synchronizer with optonal fiber I/O Fiber SFP Option Select transmitter (Table A) or receiver (Table B) or transceiver (Table E) SFP option 32

33 SDTV HD 1.5G HD 3G FIBER FRAME SYNCHRONIZATION Dual Channel SDI Frame Synchronizer + Image and Audio Processing Options P VD 5840 DOW - Balanced AES3 Audio 25 pin SubD Connector P VD 5840 O3G/HD/SD Compact dual channel frame synchronizer Optional fiber I/O Support for SDI video formats up to 3Gbit Bi-level or tri-level reference input, auto detect, cross lock compatible Robust flywheel frame synchronizer functionality Seamless switching between input sources (with second input option) Integrated Image processing includes: - 2 channel aspect ratio converter - 2 channel noise reduction - 2 channel RGB gain and lift color correction - 1 channel UP/DOWN/CROSS conversion Firmware plug in options: - OC-5840-SCND - Second Input Option - OC-5840-UPXD2 - UP/DOWN/CROSS conversion channel 2 - OC G-LEVELB-DL - Level B (DL) support and A<>B conversions 4 independent SDI outputs, user mapped to any internal resource Each output (4) has independent 10 bit digital video processing providing: - Adjustable gain, saturation, black level and hue - Adjustable aperture correction - Color space conversion ( 601 > 709 or 709 > 601 ) - Integral test pattern generator with multiple patterns - Adjustable output timing delay (3 frame) Automatically detect audio content PCM / DolbyE / compressed bitstream De-embed complete audio payload from each SDI input (16 channels) 8 x external AES inputs and / or outputs (transformer coupled) 24 x 24 AES audio input crossbar Individually selectable sample rate converters (on/off) for de-embedded audio and external audio inputs Selectable audio pathways through synchronizer - 20 x AES - Internal - 4 x AES - Through 4 x DolbyE synchronizers - 8 x AES bypass channel synchronized to SDI input 1-8 x AES bypass channels synchronized to SDI input 2 48 channel audio processing with adjustable gain / phase / mute / sum 48 channel overload and silence detection Audio is delayed to track video synchronizer automatically User adjustable audio delays in multiple zones DolbyE synchronizers automatically maintain guard band timing No pops and clicks in audio even when frames are dropped / added 4 Independent output embedders (16 channel) for each output 4 independent 48 x 16 mono output crossbars 80 x 16 mono crossbar for external AES outputs Store 7 module user presets, and switch between four with GPI Two external GPI inputs, user configurable: - Seamless switch between inputs (with second input option) - Freeze input 1 (or 2 with second input option) AFD / WSS / VI / Closed Caption and Timecode metadata transcoding Note. These panels are for use in the R FR RU Rack frame and occupy 2 rack slots P VD 5840 DO Balanced AES3 Audio 25 pin SubD Connector P VD 5840 UO Unbalanced AES3id Audio MiniDin 75Ω Connectors P VD 5840 UO - 3G/HD/SD Dual SDI Frame Synchronizer + Audio Processing (unbalanced AES3id on MiniDin) P VD 5840 DO - 3G/HD/SD SDI Dual Frame Synchronizer + Audio Processing (balanced AES3 on SubD) P VD 5840 UOW - 3G/HD/SD Dual SDI Frame Synchronizer + Audio Processing (unbalanced AES3id on MiniDin) - For 1RU rack frame P VD 5840 DOW - 3G/HD/SD SDI Dual Frame Synchronizer + Audio Processing (balanced AES3 on SubD) - For 1RU rack frame OC-5840-SCND - Second SDI input option for PVD OC-5840-UPXD - Second channel high quality UP/DOWN/CROSS conversion OC G-LEVELB-DL - Level B (DL) support and Leve A to Level B conversions Fiber SFP Options For single channel Fiber I/O chose SFP s from Tables A and C, for dual channel fiber I/O chose SFPs from Tables B and D P VD 5840 UOW - Unbalanced AES3id Audio MiniDin 75Ω Connectors Note. These panels are for use in the R FR RU Rack frame and occupy 2 rack slots 33

34 FIBER OPTICAL CWDM MULTIPLEXERS O CM Channel Optical Multiplexer / De-multiplexer 9 channel CWDM optical multiplexer / de-multiplexer Wavelengths according to ITU-T G Send and / or receive up to 9 channels over a single fiber connection Passive operation (no power needed) Designed to fit in R FR 5012, R FR 5013, R FR 5014 and R FR 5041 Frames Installs from rear of rack (uses one rack slot) LC fiber connections, singlemode UPG port for expansion (connect to O CM 5892 to add 9 more channels) Use with LYNX modules configured with CWDM fiber SFP options O CM 5891 Optical I/O 9 x Fiber Optic I/O channels Channel 1 = 1270nm Channel 2 = 1290nm Channel 3 = 1310nm Channel 4 = 1330nm Channel 5 = 1350nm Channel 6 = 1370nm Channel 7 = 1390nm Channel 8 = 1410nm Channel 9 = 1430nm O CM Channel Optical Multiplexer / De-multiplexer nm FIBER OPTICAL CWDM MULTIPLEXERS O CM Channel Optical Multiplexer / De-multiplexer 9 channel CWDM optical multiplexer / de-multiplexer Wavelengths according to ITU-T G Send and / or receive up to 9 channels over a single fiber connection Passive operation (no power needed) Designed to fit in R FR 5012, R FR 5013, R FR 5014 and R FR 5041 Frames Installs from rear of rack (uses one rack slot) LC fiber connections, singlemode UPG port for expansion (connect to O CM 5891 to add 9 more channels) Use with LYNX modules configured with CWDM fiber SFP options O CM 5892 Optical I/O 9 x Fiber Optic I/O channels Channel 10 = 1450nm Channel 11 = 1470nm Channel 12 = 1490nm Channel 13 = 1510nm Channel 14 = 1530nm Channel 15 = 1550nm Channel 16 = 1570nm Channel 17 = 1590nm Channel 18 = 1610nm O CM Channel Optical Multiplexer / De-multiplexer nm 34

35 FIBER OPTICAL CWDM MULTIPLEXERS 18 Channel Optical Multiplexer / De-multiplexer FIBER OPTICAL SPLITTERS 1>2 Optical Splitter (50/50) O CM channel CWDM optical multiplexer / de-multiplexer Wavelengths according to ITU-T G Send and / or receive up to 18 channels over a single fiber connection Passive operation (no power needed) Designed to fit in R FR 5012, R FR 5013, R FR 5014 and R FR 5041 Frames Installs from rear of rack (uses one rack slot) LC fiber connections, singlemode Use with LYNX modules configured with CWDM fiber SFP options O CM 5818 Optical I/O 18 x Fiber Optic I/O channels Channel 1 = 1270nm Channel 10 = 1450nm Channel 2 = 1290nm Channel 11 = 1470nm Channel 3 = 1310nm Channel 12 = 1490nm Channel 4 = 1330nm Channel 13 = 1510nm Channel 5 = 1350nm Channel 14 = 1530nm Channel 6 = 1370nm Channel 15 = 1550nm Channel 7 = 1390nm Channel 16 = 1570nm Channel 8 = 1410nm Channel 17 = 1590nm Channel 9 = 1430nm Channel 18 = 1610nm O SP 5812 Precision 1>2 optical splitter 50% / 50% split ratio Passive operation (requires no power) Compatible will all Series 5000 rack frames (2RU and 1RU) Occupies one card slot Installs from rear of rack LC fiber connections, singlemode O CM Channel Optical Multiplexer / De-multiplexer nm O SP >2 Optical Splitter (50/50) 35

36 FIBER OPTICAL SPLITTERS FIBER OPTICAL SPLITTERS 1>2 Monitoring Optical Splitter (90/10) 5 Channel 1>2 Optical Splitter (50/50) O SP 5812 M Precision 1>2 optical splitter 90% / 10% split ratio (for monitoring applications) Passive operation (requires no power) Compatible will all Series 5000 rack frames (2RU and 1RU) Occupies one card slot Installs from rear of rack LC fiber connections, singlemode O SP 5812 M - 1>2 Monitoring Optical Splitter (90/10) O SP 5852 Five 1>2 optical splitters in a single module Precision 1>2 optical splitter 50% / 50% split ratio Passive operation (requires no power) Compatible will all Series 5000 rack frames (2RU and 1RU) Occupies one card slot Installs from rear of rack LC fiber connections, singlemode O SP channel 1>2 Optical Splitter (50/50) 36

37 FIBER OPTICAL SPLITTERS FIBER OPTICAL SPLITTERS 5 Channel 1>2 Monitoring Optical Splitter (90/10) 1>4 Optical Splitter (25/25/25/25) O SP 5852 M Five 1>2 optical splitters in a single module Precision 1>2 optical splitter 90% / 10% split ratio (for monitoring applications) Passive operation (requires no power) Compatible will all Series 5000 rack frames (2RU and 1RU) Occupies one card slot Installs from rear of rack LC fiber connections, singlemode O SP 5852 M - 5 channel 1>2 Monitoring Optical Splitter (90/10) O SP 5814 Precision 1>4 optical splitter 25% / 25% / 25% / 25% split ratio Passive operation (requires no power) Compatible will all Series 5000 rack frames (2RU and 1RU) Occupies one card slot Installs from rear of rack LC fiber connections, singlemode O SP >4 Optical Splitter (25/25/25/25) 37

38 FIBER OPTICAL SPLITTERS FIBER OPTICAL SPLITTERS 1>4 Monitoring Optical Splitter (30/30/30/10) Dual Channel 1>4 Optical Splitter (25/25/25/25) O SP 5814 M Precision 1>4 optical splitter 30% / 30% / 30% / 10% split ratio (for monitoring applications) Passive operation (requires no power) Compatible will all Series 5000 rack frames (2RU and 1RU) Occupies one card slot Installs from rear of rack LC fiber connections, singlemode O SP 5814 M - 1>4 Monitoring Optical Splitter (30/30/30/10) O SP 5824 Two 1>4 splitters in a single module Precision 1>4 optical splitter 25% / 25% / 25% / 25% split ratio Passive operation (requires no power) Compatible will all Series 5000 rack frames (2RU and 1RU) Occupies one card slot Installs from rear of rack LC fiber connections, singlemode O SP Dual Channel 1>4 Optical Splitter (25/25/25/25) 38

39 FIBER OPTICAL SPLITTERS FIBER OPTICAL SPLITTERS Dual Channel 1>4 Monitoring Optical Splitter (30/30/30/10) 4 Channel 1>4 Optical Splitter (25/25/25/25) O SP 5824 M Two 1>4 splitters in a single module Precision 1>4 optical splitter 30% / 30% / 30% / 10% split ratio (for monitoring applications) Passive operation (requires no power) Compatible will all Series 5000 rack frames (2RU and 1RU) Occupies one card slot Installs from rear of rack LC fiber connections, singlemode O SP 5824 M - Dual Channel 1>4 Monitoring Optical Splitter (30/30/30/10) O SP 5844 Four 1>4 splitters in a single module Precision 1>4 optical splitter 25% / 25% / 25% / 25% split ratio Passive operation (requires no power) Compatible will all Series 5000 rack frames (2RU and 1RU) Occupies one card slot Installs from rear of rack LC fiber connections, singlemode O SP Channel 1>4 Optical Splitter (25/25/25/25) 39

40 FIBER OPTICAL SPLITTERS FIBER OPTICAL SPLITTERS 4 Channel 1>4 Monitoring Optical Splitter (30/30/30/10) 1>8 Optical Splitter (12.5/12.5/12.5/12.5/12.5/12.5/12.5/12.5) O SP 5844 M Four 1>4 splitters in a single module Precision 1>4 optical splitter 30% / 30% / 30% / 10% split ratio (for monitoring applications) Passive operation (requires no power) Compatible will all Series 5000 rack frames (2RU and 1RU) Occupies one card slot Installs from rear of rack LC fiber connections, singlemode O SP 5844 M - 4 Channel 1>4 Monitoring Optical Splitter (30/30/30/10) O SP 5818 Precision 1>8 optical splitter 12.5% / 12.5% / 12.5% / 12.5% / 2.5% / 12.5% / 12.5% / 12.5% split ratio Passive operation (requires no power) Compatible will all Series 5000 rack frames (2RU and 1RU) Occupies one card slot Installs from rear of rack LC fiber connections, singlemode O SP >8 Optical Splitter 40

41 SDTV HD 1.5G HD 3G FIBER SDTV HD 1.5G HD 3G FIBER R FR 5018 RACK FRAMES 2 RU Rack Frame for Series 5000 (Fan Cooled) Compact 19 inch 2 RU rack mount rack frame which can accommodate up to 10 modules, primary and redundant power supplies plus the optional APPolo rack controller. Fan cooling is provided through the front cover. The high quality stainless steel construction is fully EMC/FCC compliant. All racks are pre-wired for the APPolo control system. Note: This version is recommended when multiple higher power signal processing modules are used. This is the standard choice for most system installations R FR Rack Frame with Primary Power Supply (fan cooled) Option : R PS 5018 Redundant Power Supply R PS 5018 Redundant Power Supply (Primary Supply Included R FR 5041 RACK FRAMES 1 RU Rack Frame for Series 5000 Compact 19 inch 1 RU rack mount rack frame which accommodates 4 Series 5000 modules. Includes primary power supply plus integrated LAN controller for use with the APPolo control system (software included). Optional external power supply is available for redundant protection (R PS 5000) R FR RU Rack Frame with Primary Power Supply + LAN + Software Option : R PS 5000 External Redundant Power Supply [Brick] R PS 5000 External Redundant Power Supply (Primary Supply Included 2 RU Rack Frame for Series 5000 (No Fan Cooling) 2 RU Rack Frame for Passive Fiber Modules (No Power) R FR 5014 Compact 19 inch 2 RU rack mount rack frame which can accommodate up to 10 low power* modules, primary and redundant power supplies plus optional APPolo rack controller. This rack is convection cooled (no fans). The high quality stainless steel construction is fully EMC/FCC compliant. All racks are pre-wired for the APPolo control system. *Note: This version is recommended when multiple low power modules are used, e.g. Distribution Amplifiers. Not recommended for high power signal processing modules R FR Rack Frame with Primary Power Supply (no cooling) Option : R PS 5012 Redundant Power Supply R PS 5012 Redundant Power Supply (Primary Supply Included R FR 5013 Compact 19 inch 2 RU rack mount rack frame which can accommodate up to 12 passive fiber optical modules (OCM and OSP modules). This is a passive rack frame and rack requires no power. The OCM and OSP Optical modules mount from the rear of the rack R FR Rack Frame for Passive Optical Modules 41

42 Audio Adapter Cables R AC M25-8 Audio Adapter cable SubD 25 (male) to 8 XLR (male) ACCESSORIES For Series 5000 Modules that utilize SubD connections for balanced audio we provide 6 breakout cables which adapts the SubD connection to standard in line 3 pin XLR connectors. The table below shows audio adapter cable module compatibility: R AC M25-8 SubD 25 (male) to 8 x XLR (male) Audio adapter cable with 1 x male Sub D 25 pin connector to 8 x Standard in line male XLR connectors. R AC F25-8 SubD 25 (male) to 8 x XLR (female) Audio adapter cable with 1 x male Sub D 25 pin connector to 8 x Standard in line female XLR connectors. R AC M15-4 SubD 15 (male) to 4 x XLR (male) Audio adapter cable with 1 x male Sub D 15 pin connector to 4 x Standard in line male XLR connectors. R AC MF15-2/2 SubD 15 (male) to 2 x XLR (male) and 2 x XLR (female) Audio adapter cable with 1 x male Sub D 15 pin connector to 2 x Standard in line male XLR connectors and 2 x standard male XLR in line connectors R AC F25-8 Audio Adapter cable SubD 25 (male) to 8 XLR (female) R AC M15-4 Audio Adapter cable SubD 15 (male) to 4 XLR (male) R AC MF15-2/2 Audio Adapter cable SubD 15 (male) to 2 XLR (male) and 2 x XLR (female) For use with the following modules: C DA 5220-D, D AA 5320-D, DAD 5321-D, D AD 5220-D, P DM 5240-D, P DM 5280-D, P DM 5290-D, P DM 5380, P VD 5810-D, P VD 5840-D, C DX 5624 For use with the following modules: C AD 5320-D, C MX 5710, P DM 5240-D, P DM 5280-D, P DM 5290-D, P DM 5380, P VD 5810-D, P VD 5840-D For use with the following modules: P TG 5610-D For use with the following modules: C AD 5320-D, C DA 5220-D, D AD 5220-D, D AA 5320-D, D AA 5321-D R BO 5015, LC/SC SIM - LC to SC fiber adapter cable (simplex) LC/SC DUP - LC to SC fiber adapter cable (duplex) LC/ST SIM - LC to ST fiber adapter cable (simplex) LC/ST DUP - LC to ST fiber adapter cable (duplex) LC/LC SIM - LC to LC fiber patch cable FIBER CABLESFiber Adapter Kits ACCESSORIES SubD Audio Adapter PCBs LC/SC DUP Duplex LC to SC adapter Analog audio and balanced AES connections to the modules are made using SubD connectors on the module backplanes (15 or 25 pin). The RBO 5015 and RBO 5025 PCB adapters can be used to facilitate connections via terminal strips. (As an alternative to using the optional breakout cable assemblies; or soldering custom connectors). LC/SC SIM Simplex LC to SC adapter R BO Pin SubD Audio Adapter PCB R BO Pin SubD Audio Adapter PCB LC/ST DUP Duplex LC to ST adapter LC/ST SIM Simplex LC to ST adapter Almost all of the fiber SFP modules we use have LC fiber connections. We provide a range of adapter cables to facilitate the connection into existing fiber infrastructures. SC and ST adapter kits are provided in Simplex (single) or Duplex (dual) form. Each cable is made from singemode fiber, 0.5m long and the kit includes a sex changer. The adapter cables introduce minimal losses to the system. 42

43 R CT 5023 APPolo Network Rack Controller + Server Option The R CT 5023 APPolo Rack Controller is designed for use with the Series 5000 R FR 5012 and R FR 5014 rack frames. The basic controller module provides network (LAN) access to the rack frame via the APPolo control system hosted in a PC. With the addition of the plug in server option OH-RCT5023-SVR, the APPolo software is hosted on the controller and supports network attached APPolo clients. Multiple server options can be used in a system for redundant backup. Remote control and status monitoring for all installed modules Network (LAN) access R FR 5012 and R FR 5014 compatible USB port on module for local access Upgrade with server option Includes APPolo software CONTROL SYSTEM R CT 5023 G - APPolo Network Rack Controller OH-RCT5023-SVR - Plug in APPolo Server Option APPolo Control with flexgui The APPolo control system is comprised of both software and hardware. Any time a rack controller is installed, APPolo software can be used. The basic APPolo software package is fully featured and free to download from our website. APPolo provides an extremely user friendly and intuitive graphical user interface for the monitoring and control of all connected LYNX hardware. This single, centralized application can be used for a single rack, or literally hundreds of racks located in different locations. Several software plug-in options are available to expand the basic system functionality. ) Single centralized application User friendly and intuitive GUI flexgui > Interactive diagram zoom > Drag and drop interconnections > Visual path finding HotSync backup utility Auto discover and configuration Error reporting and logging Software plug-in options OH-RCT5023-SVR APPolo Server Option R CT 5023 G - APPolo Rack Controller CONTROL SYSTEM APPolo software plug-in options The basic APPolo software has several optional software plug-ins to extend its functionality. These can be installed by purchasing a license code. All software plug-ins require that the OH-RCT5023-SVR option be installed. OC-RSL-FUNC This package includes the following additional functionality: Backup and Restore - Backup a complete system, or partial system configuration and the backup file on a PC. A backup can be easily restored in the future. This feature is ideal for systems that are used for a multiple of different applications and require different configurations. User Access Control - For larger installations with multiple access points, this feature allows the system administrator to control user access rights. In a system with multiple clients, the administrator may want to restrict the ability to change settings and only allow monitoring. This can be set per module function or globally for the entire system. OC-RSL-CTRL This package includes the following additional functionality: SNMP support - This provides full SNMP support for error reporting and control. IP Remote Protocol Licence - This is a user licence for the APPolo control protocol for advanced users and third parties who wish to control LYNX hardware from their own control system. Simple UDP/IP based ASCII text protocol. OC-SERVER-AC-BASE This package includes the following additional functionality: AutoControl - This powerful option provides user programmable automation to the system. APPolo monitors all module settings and I/O (in terms of presence and format) as well as multiple external GPI inputs in real time. Based on these changing conditions, an automatic action can be programmed. OC-SERVER-REDUND This package includes the following additional functionality: Redundant Server - This software extension supports full redundant baskup server fucntionalty if a second OH-RCT5023-SVR is installed in the system. automatic redundant switching to backup server if primary server fails. OC-SERVER-CUSTOM-CTR This package includes the following additional functionality: CustomContol - This software extension supports adds the custom control functionality to the system which allows the user to design and deply custom control surfaces within the APPolo system to all conencted PC clients and wireless ipads (Note. All software options require the OH-RCT5023-SVR option installed) OC-RSL-FUNC - Backup and restore and user access control software option (licence code) OC-RSL-CTRL - SNMP support and APPolo remote control protocol licence (licence code) OC-SERVER-AC-BASE - Auto control automation software OC-SERVER-REDUND - Redundant Server Fucnction OC-SERVER-CUSTOM-CTR - Custom Control Editor for a single server 43

44 Additional Resources LYNX Technik has additional resources available on our website. This includes some application notes on the APPolo control system and also two Fiber Primers designed to introduce the basic concepts of fiber to the broadcast engineer. These can be found by visiting our website - Select Support > Application Notes APPolo Redundant Servers Abstract Since the APPolo SERVER is a fundamental part of the system, a backup and failover solution may be required for system servicing and functionality. Users may add a second APPolo SERVER to a system, which serves as a backup or secondary server. In the case that the Primary APPolo SERVER is not available on the network, the Secondary APPolo SERVER takes over the active role, with all functionality. Therefore, even in the unlikely event of a failure of the Primary APPolo SERVER, the system s functions are always available. APPolo Control System Overview Abstract Today s modern digital multi-format installations have resulted in the development of an array of new terminal equipment products designed to address the many needs and demands of such systems. Many devices are complex multi-faceted and multi-functional modules with an array of options and configuration possibilities. A comprehensive control system has become an essential component of any modern terminal equipment installation. LYNX Technik has addressed this with APPolo, a modular and expandable control system. The two primary building blocks of the control system are hardware components in the form of a rack controllers (and server option), plus the APPolo software application. This paper explains the concepts behind the LYNX Technik APPolo control system and shows how to configure and expand the system from a single rack to multiple installations located in different physical locations all under APPolo central control APPolo Automation Abstract AutoControl for APPolo is a radical advancement for infrastructure control and automation. Most facilities use automation yet generally do not have the ability to automate static terminal equipment. AutoControl adds automation and programmable intelligence inside the terminal equipment, which enables automatic reconfiguration of the modules functions, signal routing and internal signal processing. This opens up an entirely new layer of power and flexibility to automated facility control. A Fiber Primer Abstract Most of us in the Broadcast industry are familiar with fiber optic transmission systems and the solutions widely used for broadcast applications. These are typically external applications for moving video signals between distant locations, or hauling distant camera feeds into outside broadcast units. Signal distribution within a facility is typically copper coaxial cable, which has been used in one form or another since the inception of television. However, with the transition to HDTV, video bandwidth increased nearly seven fold from 270Mbit to 1.5Gbit. With the further migration to 1080P, video bandwidth has increased even further to 3Gbit. As bandwidth increases, the reach of copper cable reduces and our copper connected world is shrinking rapidly. Cable lengths have been reduced from 350m (1149 feet) at 270Mbit to 140m (460 feet) at 1.5Gbit, and now it s down to approximately 70m (230 feet) at 3Gbit. If you allow some overhead for cable routing and emergency patch panels etc. then 70m (230 feet) maximum cable lengths imposes serious issues for facility design and expansion. APPolo Custom Control Abstract The demand for freely definable Control Panels (i.e. which are not pre-defined by LYNX) is satisfied by LYNX APPolo CustomControl. CustomControl provides a powerful, interactive and intuitive way for setup and deployment of one or more Custom Control Designs. Any number of custom-made designs (dedicated GUI pages) can be prepared for all those different applications and operating situations in a system where only a subset of the full power of the LYNX APPolo GUI shall be exposed. Individual Designs can then be loaded and displayed from various workstations and mobile tablet computers. The CWDM Fiber Primer Abstract Typically, CWDM is a technology used to transport multiple signals between distant locations over single fiber connections. This leverages the utilization and therefore the relative cost of the long distance fiber cable links. However, with HDTV and the increasing bandwidths required for video production (3Gbit) plus 4K applications are evolving (which makes extensive use of 3Gbit SDI in the production environment) we see fiber connectivity increasingly taking the place of traditional copper (electrical) connections within facilities. As this evolution continues and more and more dedicated unidirectional point to point fiber connections are consumed, then an in house CWDM solution is the logical next step to better utilize the facilities existing fiber cable assets. Vist our You Tube Channel to see some online videos demonstrating the use of the APPolo control GUI and also Custom Control 44

45 LYNXTechnik AG 13 requirements and have been configured to meet the 3G, HD, SD, and Fiber Optic demands across a wide spectrum of audio visual applications LYNX Technik AG is an industry leader and technology provider of terminal equipment, or glue ware for broadcast and professional audio video use. LYNX Technik is an independent and privately owned company with its research, design and manufacturing located in Weiterstadt, Germany. Sales and support is covered from our regional headquarters in Germany, Singapore and the USA. Our engineering team consists of a multi-talented group of engineers that combine decades of experience from the broadcast and post production industries. We carefully develop our products in close cooperation with leading broadcasters worldwide, who help specify and define features and performance levels that have produced some of the most flexible and powerful solutions available on the market today. We have designed the Series 5000 product line to offer broadcast professionals an affordable, compact and extremely flexible solution for a variety of audio and video processing tasks. All modules have been designed to meet todays most demanding digital Broadcast Our APPolo control system is the primary value-add component to a system that really sets us aside from other providers. It is a powerful and intuitive application that provides a unique graphical signal flow representation of each module function and can be expanded from a single rack to an extensive multi-rack system that supports literally hundreds of racks located in various locations. The Series 5000 product line is designed around size and flexibility. Small and durable 1RU and 2RU rack frames offer a small footprint which accommodate any mixture of modules. Some modules feature add-on option codes, allowing users to add a variety of sophisticated signal processing features merely by entering a license code no new hardware or re-programming required. Terminal equipment is all we do, and over the years we have got exceptionally good at it. We offer many unique capabilities and superior performance at affordable prices. We look forward to being your modular equipment supplier of choice. Winfried Deckelmann CEO LYNXTechnik AG 45

46 Warranty Notes LYNX Technik AG warrants that the product will be free from defects in materials and workmanship for a period of three (3) years from the date of shipment. If this product proves defective during the warranty period, LYNX Technik AG at its option will either repair the defective product without charge for parts and labor, or will provide a replacement in exchange for the defective product. In order to obtain service under this warranty, customer must notify LYNX Technik of the defect before expiration of the warranty period and make suitable arrangements for the performance of service. Customer shall be responsible for packaging and shipping the defective product to the service center designated by LYNX Technik, with shipping charges prepaid. LYNX Technik shall pay for the return of the product to the customer if the shipment is within the country which the LYNX Technik service center is located. Customer shall be responsible for payment of all shipping charges, duties, taxes and any other charges for products returned to any other locations. This warranty shall not apply to any defect, failure, or damage caused by improper use or improper or inadequate maintenance and care. LYNX Technik shall not be obligated to furnish service under this warranty a) to repair damage resulting from attempts by personnel other than LYNX Technik representatives to install, repair or service the product; b) to repair damage resulting from improper use or connection to incompatible equipment; c) to repair any damage or malfunction caused by the use of non LYNX Technik supplies; or d) to service a product which has been modified or integrated with other products when the effect of such modification or integration increases the time or difficulty servicing the product. THIS WARRANTY IS GIVEN BY LYNX TECHNIK WITH RESPECT TO THIS PRODUCT IN LIEU OF ANY OTHER WARRANTIES, EXPRESS OR IMPLIED. LYNX TECHNIK AND ITS VENDORS DISCLAIM ANY IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. LYNX TECHNIK`S RESPONSIBILITY TO REPAIR AND REPLACE DEFECTIVE PRODUCTS IS THE SOLE AND EXCLUSIVE REMEDY PROVIDED TO THE CUSTOMER FOR BREACH OF THIS WARRANTY. LYNX TECHNIK AND ITS VENDORS WILL NOT BE LIABLE FOR ANY INDIRECT, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES IRRESPECTIVE OF WHETHER LYNX TECHNIK OR THE VENDOR HAS ADVANCE NOTICE OF THE POSSIBILITY OF SUCH DAMAGES. 46

47 Notes Notes 47

48 LYNXTechnik AG European Headquarters LYNX Technik AG Brunnenweg 3 D Weiterstadt Germany Phone: + 49 (0) Fax: + 49 (0) lynxtechnik lynxtechnik lynx-technik-ag lynxtechnikag lynx-technik APAC Headquarters LYNX Technik Pte Ltd 19 Burn Road #01-01 Advance Building Singapore Phone: Fax: USA Headquarters LYNX Technik Inc Ruether Ave Santa Clarita, CA USA Phone: (661) Fax: (661) Series 5000 Design: Steve Russell Printed in Germany Ver: R LYNX Technik AG - All Rights Reserved